cwill structures's video: How to choose Two way slab as per IS:456-2000 Torsional reinforcement

In this video I explained basic clauses for design of IS:456-2000 for design of Two way slab. As per IS:456-2000 two way slab is distinguish with different types of panels , here I have explained all types of panels. ****************************************************************************************** Some Important links for Civil Engineering syllabus: Fundamentals for the design of Footing: https://youtu.be/URfgIr9DKqg Design of Footing| Isolated Square Footing: https://youtu.be/ZRy3lVMx-UY Continuous One way slab design: As per IS:456-2000:https://youtu.be/wqQIl6t3p3Q Design of Cantilever Slab: https://youtu.be/N083J8u2pEw Design of One way slab: https://youtu.be/0_1h4-oB7OA IS:456-2000 Recommendations for Design of Slabs: https://youtu.be/TfvIhIefGX4 Design of Combined footing |Part 1| Size of footing: https://youtu.be/SfyFeny9zVo Design of Combined Footing Part-2:https://youtu.be/DDOvnUj4NSc Design of Combined Footing Part-3 | Design and detailing drawing:https://youtu.be/1CfTL_s-I-o Steps to design of Shear reinforcement: https://youtu.be/vF8dWJdJikY Rules for design of the RCC beam As per IS 456-2000 : https://youtu.be/7kfTYXGS6TM Types of shear reinforcement: https://youtu.be/x9x2B_iDKUI Why shear reinforcement required ?:https://youtu.be/r_PGh7gbdXs Types of Singly reinforced beam sections: https://youtu.be/V_8ut0uFA-Q Depth of neutral Axis and Moment of resistance: https://youtu.be/YW9yMhVQzf8 Stress strain relationship of Singly RC beam: https://youtu.be/gImnmikmDM0 Bending Behavior of One way slab and Two way slab:https://youtu.be/ok-omRzPv9s Solved example of lateral load distribution forces:https://youtu.be/RCG2xVQ9l_4 Explanation of Center of Stiffness: https://youtu.be/qjr7kEJnbuw Explanation of Center of Mass with some examples: https://youtu.be/sWZy3_zj5CA